FlowComp®-NG is a wireless gravimetric type Uroflowmetry system used to measure rate of flow of urine to assess bladder and urethral function in patients. The uroflowmetry device assists in the evaluation of symptoms like frequent urination or difficulty urinating, contributing to better management of urinary health.
Each installation and every test performed with our devices
is a testament to our unwavering dedication to delivering top-tier medical quality.
1. How does the wireless connectivity of FlowComp NG improve clinical workflow?
FlowComp NG uses Wi-Fi to connect the sensor in the testing room with the attendant’s smart device or computer, allowing reports to be accessed quickly without physical cables or fixed consoles, which improves clinical convenience and space flexibility.
2. Which devices can be used to operate and view reports from FlowComp NG?
The system can be used with any compatible Android mobile phone, Android tablet, Windows laptop, or computer with the dedicated application installed, enabling clinicians to view, customise, and store uroflowmetry reports on multiple platforms.
3. What types of urinary symptoms or conditions can FlowComp NG help evaluate?
By capturing precise flow rate and volume data, the system aids in evaluating symptoms such as frequent urination, difficulty initiating urination, weak stream, and other lower urinary tract dysfunctions, contributing to more informed clinical decisions.
4. How does FlowComp NG enhance data access and report management for clinicians?
All uroflowmetry reports generated by the system can be accessed at any time from any connected end device with the application installed, and reports can be customised to meet specific user or clinic requirements, supporting efficient patient recordkeeping.
5. How does Wi-Fi-based data transmission maintain signal stability during testing?
The system is designed to maintain a stable wireless connection throughout the test duration, ensuring uninterrupted data transfer from the sensor unit to the connected device. This allows complete and accurate capture of flow data without loss or distortion.
